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Clean Energy Storage Materials

Sustainable Manufacturing

Essential Components of the Renewable Energy Revolution

Sustainable manufacturing of essential metals & minerals are vital to the world's energy & climate future

Tuleva Focus

We process essential minerals and metals from responsibly sourced hard rock ores and recycled materials for electrification and energy storage use. Our next-generation extraction and processing technology reduces negative environmental impacts while improving overall output at lower costs.

Lithium-Based Compounds

The demand for lithium is expected to grow significantly in the coming years, as more countries transition to clean energy. This could lead to shortages, which could slow down the global transition to clean energy.
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We're investing in scalable manufacturing techniques to produce more market-ready lithium products to address escalating demand in:

Lithium Hydroxide

Lithium Carbonate

Lithium Fluoride

Lithium Phosphate

Copper

Copper is an integral part of renewable energy generation because of its reliability, efficiency and performance. Because it has some of the highest thermal and electrical conductivity of all metals, it is a cornerstone for all electricity-related technologies. Copper is critical for solar panels, wind turbines, electric vehicles and battery storage.

We're investing in advanced sustainable copper manufacturing from ore and advanced recycling processes to ensure this strong market need is met.

Graphite

Graphite is used in a variety of forms in renewable energy production:

Graphene-based materials are enhancing performance for batteries & super-capacitors

High purity graphite is essential for manufacturing solar cells and lithium batteries

Byproducts

Cesium

Rubidium

Our production process is capable of extracting byproducts from Lithium Ore that can be used to enhance the performance of renewable energy technologies.

Our Process

The Tuleva Method

Materials Production

Tuleva has developed a proprietary process that uses an environmentally friendly membrane technology for the production of its materials.

The process not only helps in the economical production of materials required for Energy Transition but also aids in CO2 capture and in reducing negative environmental impacts associated with the conventional production of these materials.

Tuleva is collaborating with prestigious lab partners in our process and technology development.